KYOCERA 50 WATTS
Model : KD50SE-1P
High Efficiency multi crystal photovoltaic modules
CUTTING- EDGE TECHNOLOGY
Exhaustive research work, continuous further development of the production and highly automated production enable polycrystalline Kyocera solar modules to attain an exceptional standard of quality and markedly high levels of efficiency.
The integrated Kyocera high-performance solar cells with a standard size of 156 mm x 156 mm achieve over 15 % efficiency. Guaranteeing an extremely high annual yield of energy from the photovoltaic system.
To product against the harshest weather conditions, the cells are embedded b/w a reinforced glass covering (hailstorm resistance complying with IEC61215 ed.2 tested by TUV) and EVA foil, and are sealed with a Pet foil backing. The laminate is set in a study aluminum frame which is easy to assemble.
The junction box on the module backside is equipped with bypass diodes that eliminates the risk of the individual solar cells overheating(hot spot effect). The solar cables ensure flexible installation in the junction box which definitely simplifies the installation of standalone solution in particular. Kyocera manufactures all the components at its own production sites-without buying in semi finished products- to ensure consistently high product quality.
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APPLICATIONS
- Stand-alone system (electrifying remote houses, holiday’s homes and allotment system, etc.)
- Supplying electricity to outlying villages and medical institution in rural areas and development zones.
- Emergency power supply, protection against catastrophes
- Pumping systems (drinking water supply and irrigation)
- Telecommunications (Mobile phone networks, booster stations, etc.)
- Oil and gas (corrosion proofing, control, monitoring, etc.)
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Electrical Characteristics
Electrical Performance
| Pv Modules type |
KD50SE-1P |
| At 1000 W/m2 (STC*) |
| Maximum Power |
[W] |
50 |
| Maximum System Voltage |
[V] |
750 |
| Maximum Power Voltage |
[V] |
17.9 |
| Maximum Power Current |
[A] |
2.8 |
| Open Circuit Voltage (Voc) |
[V] |
22.1 |
| Short Circuit Voltage (Isc) |
[A] |
3.07 |
| At 800 W/m2 (STC*) |
|
|
| Maximum Power |
[W] |
35 |
| Maximum Power Voltage |
[V] |
15.8 |
| Maximum Power Current |
[A] |
2.24 |
| Open Circuit Voltage (Voc) |
[V] |
19.9 |
| Short Circuit Voltage (Isc) |
[A] |
2.50 |
| NOCT |
[°C] |
49 |
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| Power Tolerance |
[%] |
+10/-5 |
Maximum Reverse Current Ir |
[A] |
6 |
| Series Fuse Rating |
[A] |
6 |
| Temperature Coefficient of Voc |
[V/°C] |
|
| Temperature Coefficient of Isc |
[A/°C] |
|
| Temperature Coefficient of Max. Power |
[W/°C] |
|
| Reduction of Efficiency (from 1000 W/m2 to 2000 W/m2) |
[%] |
2.3 |
| Dimensions |
|
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| Length |
[mm] |
706 (+/- 2.5) |
| Width |
[mm] |
744 (+/- 2.5) |
| Depth/incl. Junction Box |
[mm] |
36/45 |
| Weight |
[Kg] |
6.5 |
| Connection Type |
Screw Terminals |
| Junction Box |
[mm] |
150x140x37.2 |
| IP Code |
|
IP65 |
| General Information |
| Performance Guarantee |
| Warranty |
10*** / 20**** |
2 Years |
| Cells |
| Number per Modules |
| Cell Technology |
36 |
| Cell Shape (Rectangular) |
Polycrystalline |
| Cell Bonding |
[mm] |
52 x 156 |
3 busbar |
* Electrical value under stander test condition (STC): irradiation of 1000 W /m2, air mass AM1.15 and cell temp. of 25°C.
** Electrical Value under normal operating temp (NOCT: irradiation of 800 W/m2,air mass AM1.5, wind speed of 1m/s and ambient temp of 20°C.
*** 10 Years on 90% of the minimally specified power P under stander test conditions(STC)
****20 year on 80% of the minimally specified power P under standard test conditions (STC) |
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